Causal Graph Learning
Graph Data
Machine Learning
Digital Twins
Utilising statistical techniques to deduce causal relationships between time-series data in order to construct a causal knowledge graph used for downstream machine learning tasks.
I am a driven and excited machine learning scientist who has worked extensively with big spatio-temporal data. My current work at Imperial College London in collaboration with IBM Research Dublin involves designing scalable algorithms for leveraging causal discovery techniques to improve the accuracy and robustness of forecasts in complex systems.
My masters' project addressed leveraging urban big data to demystify the health impacts of air pollution, and find ways to mitigate them while commuting actively. I was inspired to work in this area by the general lack of access to data amongst the individuals impacted by air pollution, and the overly-scientific discourse surrounding air pollution which leaves individuals in the dark about the risks they are exposed to. This work culminated in a collaboration with Westminster City Council, working as an advocate for wider accessibility of urban big data for citizens.
I have strong communication and collaboration skills, with experience working directly with clients, writing academic publications and giving presentations to varied (technical and layperson) audiences. Additionally, I always strive to find context and a deep understanding of my work and relate this to client or project needs.
Graph Data
Machine Learning
Digital Twins
Utilising statistical techniques to deduce causal relationships between time-series data in order to construct a causal knowledge graph used for downstream machine learning tasks.
Big Data
Smart Cities
Outreach
Working with Westminster City Council on their SMART City project, presenting my work using air quality data as a use case that is mutually beneficial for providers and consumers of data. Advocated for making urban big data more accessible to citizens, especially those without technical or scientific background.
Machine Learning
Optimisation
Big Data
Development of an individualised optimisation algorithm for cycle commuters in urban areas, which uses fitness and air quality data to suggest routes in real-time which are optimal with respect to some pollution budget.